Used CRS / NOXON DC6 #9308905 for sale

CRS / NOXON DC6 is a highly versatile and innovative facility equipment used for cutting and welding a variety of materials. The machine is capable of manufacturing precision parts for a wide range of purposes and industries. It features a direct current (DC) 6-axis fully automated welding and cutting equipment, and requires minimal setup and maintenance. The machine is composed of a CRS-3000 welding system, a NOXON DC-6 welding station, a dual purpose C-Fiber airflow unit, an adjustable speed cutting torch, and an optional robotic arm. CRS / NOXON-3000 welding machine provides accurate and consistent metal welding. It uses an advanced method of alternating current and is capable of welding a variety of metals, including stainless steel, aluminum, and other non-ferrous materials. CRS DC-6 welding station provides maximum flexibility and versatility with its 6-axis robotic arm. This allows the user to adjust cutting and welding parameters to achieve the desired results. The C-Fiber airflow tool is a two-speed cutting asset that helps reduce welding time. The adjustable speed cutting torch is designed to safely and quickly cut through thick and thin material, making it ideal for precision parts for in-demand applications. CRS DC6 is an ideal facility equipment to ensure reliable and precise fabrication and manufacturing processes. The machine is capable of producing parts for electronic, orthopaedic, and automotive industries. Furthermore, it is equipped with various safety measures like automatic shut off, fail-safe mode, and emergency stop function. It is also designed with an intuitive user interface - making it easy to operate and program. NOXON DC6 is a highly recommended and certified equipment for reliable fabrications and productions. It is one of the most popular and advanced facility equipment due to its versatile features and high-precision performance. DC6 is an important tool for optimizing the production process in a wide range of industries, and it is built to last.